incinerator

Wasted Space: Ashes and ambition in rubbish

A fable if I may. In the sleepy hamlet of Blackhurst Vale, where the wind always carried a faint whiff of burnt toast and damp laundry, the council quietly set up a towering facility on the outskirts. They claimed it was a bold solution: turn the town’s unwanted detritus – the soggy pizza boxes, broken toys, expired yoghurts and wayward socks – into electricity. The process would involve extracting residual waste (that which cannot be reused or recycled) and subjecting it to controlled thermal destruction, producing steam, driving turbines, and ultimately lighting homes. From the moment the facility’s gates opened, though, it felt like a character in a gothic fable. The building loomed like a monolith of ambition. At dusk, its flue stack breathed a ghostly plume of steam and faint acrid scent, visible even from the public footpath. Locals whispered of the “Great Incinerator” and children dared each other to peek at it’s red-hot doors through the chain link fence. Read More
Methane

The rising challenge of methane emissions from waste

By: Mike Ritchie and Ilan Levy Nadelsticher, MRA Consulting Group Methane is one of the most powerful greenhouse gases driving climate change, responsible for nearly 30 per cent of global warming. Over a 20-year period, it is far worse than carbon dioxide, warming the planet 84 times more. A major source of methane comes from waste – especially decomposing organic matter in landfills – which accounts for 18 per cent of human-caused methane emissions. Read More

A global review of the waste to energy sector

By Amal Jugdeo The need for sustainable waste disposal solutions is becoming more critical as the quantity of waste generated increases yearly. This is evident in all countries, including countries that have the most efficient waste separation and recycling programs. Switzerland, for example, has one of the most stringent waste management regulations and policies in Europe and is often recognised as the ‘world champion of recycling’. Read More